great lecture .... but plz note that there is a couple of errors in it like in min 26:08 the A2: AND2 is incorrect it's AND1 not AND2 ..... also during your explanations in that time your cross mixed the information about the inputs and outputs between xor and the AND ..... but great job non the less
Yes. There is error inside begin. Following should be the statement : A1 : AND1 port map (A, B, CARRY); (It should be AND1 instead of AND2) Also here, A will be mapped to X, B to Y and CARRY to Z Similarly for X1 : XOR1 port map (A, B, SUM); A will be mapped to P, B will be mapped to Q and SUM to R. Apologies for the inconvenience.
+John Cornner Hi John Just a thought with respect to HDL and c . The objective of an HDL is to design hardware. It is always good to think of the hardware you want to design and how an HDL can help you do so. Thinking of an HDL from the perspective of a programming language might give some issues when it comes to simulation and the resultant hardware synthesized. Cheers
The explanation is very good, however, I struggle a little with some words that he was writing, and I would have liked that he would use a print screen with the rest of the examples just as he did with the first one, still a really good video thanks
Making sure I understand this... the half-adder structural style created XOR and AND blocks but didn't yet assign a function or actual behavior. Is this correct?
Yes to implement the half adder using the structural style of modelling we first created XOR and AND components. Then, to implement the half adder we used these components by using the keyword port map. The input and output of these components are mapped to those of half adder.
Taking the example of half adder as stated in the video. The structural implementation of Half Adder circuit was made using smaller components, which were And gate and Exor gate. Then we did port mapping of inputs and outputs to the respective components and designed it to function as a half adder. For implementing half adder using behavioral implementation, you will describe the behavior of your circuit. It means you state that when A = 0 and B = 0 your Sum output should be 0 and Carry should be 0 , when A = 0 and B = 1 your Sum output should be 1 and Carry should be 0 and so on. You can use if-else structure, case structure or with select structure to create such designs. You can refer following video link that explains behavioral and structural Implementation - ua-cam.com/video/xYo92g3gEoI/v-deo.html
very clear explanation but a bit slow. watch at 1.5x
I love all your Videos. Greetings from Germany
I have a minimal understanding of any coding, but I finished this video feeling like I really understood. Thank you so much!
You are the reason why I can't drop out of E.Engineering
great lecture .... but plz note that there is a couple of errors in it like in min 26:08 the A2: AND2 is incorrect it's AND1 not AND2 ..... also during your explanations in that time your cross mixed the information about the inputs and outputs between xor and the AND ..... but great job non the less
Yes. There is error inside begin. Following should be the statement :
A1 : AND1 port map (A, B, CARRY); (It should be AND1 instead of AND2)
Also here, A will be mapped to X, B to Y and CARRY to Z
Similarly for X1 : XOR1 port map (A, B, SUM);
A will be mapped to P, B will be mapped to Q and SUM to R.
Apologies for the inconvenience.
super clarity of voice and concept, what a deep intensity of knowledge simply the best!!!!!!!
thank you very very very very very very verey much!!!!! Great course!!!!!!!!!!! Greetings from Italy
Really appreciate ur work.. thank you so much sir.. looking forward for more lectures from you..
+Amit Pachpande New lectures have been added for VHDL. Do check them out on out channel.
excellent lecture
made a tough topic so easy and precise to understand
thanks a lot
Helped me a lot. Greetings from Germany.
Fantastic lecture, much thanks
Thank you very much Sir for your helpful video.
Greeting from Iraq.
Awesome explanation! Thanks for your work.
Thanks for your lecture sir, very help me to understand VHDL languange.
better style of explanation. Thanks a lot :)
Great! Thank you very much, this was brilliant!
Excellent Video.
Great explanation, just reviewing my vhdl. Thank you.
Thanks very much for this wonderful lecture
Masha Allah great work sir.. you made it very easy to understand.. have you made lectures regarding to C# visual studio?
I'm studying computer engineering, this language and its logic is not so hard to understand when one has the background of C and C++ programming
+John Cornner
Hi John
Just a thought with respect to HDL and c . The objective of an HDL is to design hardware. It is always good to think of the hardware you want to design and how an HDL can help you do so.
Thinking of an HDL from the perspective of a programming language might give some issues when it comes to simulation and the resultant hardware synthesized.
Cheers
you have just showed what teaching style have we lost in our institutes
i like your all lecture. all topic are precise clearly
Much appreciated for your lecture 1
excellent teaching sir.supperb clarity
Best videos ever...i support you guys, please more videos!!!!!!!!!
nice work there...........
The explanation is very good, however, I struggle a little with some words that he was writing, and I would have liked that he would use a print screen with the rest of the examples just as he did with the first one, still a really good video thanks
Thank you for the feedback.
We will definitely work on it.
Nice video but I recommend u to watch in 1.5x speed
Thank you for your video it was very enlightening and greetings from Brazil.
thank u so much.......u explained very nicely!!!
Really a great lecture.... Sir give me tha link of that video in which application of VHDL language are described 😊😊😊😊😊😊
absolutely grt video..i cleared my all doubts
thank you so much ,that was very usefull and clearly
Thank u very much Sir...........We expect more videos on new topics..............!!
excellent video...Thanks sir...
Thanks. Your videos have been of great help to me.
thank you sir for elegant videos
Thank you sir
Easily explained lecture
so if i want to learn VHDL in detail, is this series of videos appropriate?
+Prashant Saxena yes
great videos thanx
Very helpful video sir.
really well thought out explanation thank you so much
ThanQ great work
Wonderful.
excellent video!, you're explanation is very clear :)
Good work.. Keep it up 😃
excellent video
very well explained
thank u so much...it is very easy to understand
good introduction. thanks a lot
Great video, helped me alot with this topic
thks man u made it easy thks.
super sir.. I want gate level modeling
excellent explanation...
Making sure I understand this... the half-adder structural style created XOR and AND blocks but didn't yet assign a function or actual behavior. Is this correct?
Yes to implement the half adder using the structural style of modelling we first created XOR and AND components.
Then, to implement the half adder we used these components by using the keyword port map. The input and output of these components are mapped to those of half adder.
where to code in VHDL? Is there any software/editor for ubuntu? What is the final output of the code?
Yes. You can install Xilinx ISE to code in VHDL.
You implement a half adder successfully.
the best tutorial
set playback speed to ×1.25 save time
thank you very much sir
Thank you for giving me a brief introduction of vhdl entity and architecture >> concepts
good lecture
thx.. this is really helpful for me :)
awesome
Please upload new videos
Thank you Rakesh
Thanks alot.
hello sir. which software would you suggest to do VHDL simulation practice for beginners
You can use Xilinx ISE Webpack 14.7
Thank you sir!
Thank you Sir...
Thankyou so much!
thank u sir...
Whats the difference between behavioral and structural circuit
Taking the example of half adder as stated in the video. The structural implementation of Half Adder circuit was made using smaller components, which were And gate and Exor gate. Then we did port mapping of inputs and outputs to the respective components and designed it to function as a half adder.
For implementing half adder using behavioral implementation, you will describe the behavior of your circuit. It means you state that when A = 0 and B = 0 your Sum output should be 0 and Carry should be 0 , when A = 0 and B = 1 your Sum output should be 1 and Carry should be 0 and so on. You can use if-else structure, case structure or with select structure to create such designs.
You can refer following video link that explains behavioral and structural Implementation - ua-cam.com/video/xYo92g3gEoI/v-deo.html
which simulator had u used in labs
Thank you. :)
can i get a vhdl code to display the position of 1's for 8 bit number
howto comment a block of code in vhdl.................any suggestion will be appreciated
Step 1 : Select the block of code you want to comment.
Step 2 : Right click and go to comments, click on selection, the code will be commented.
thanks for that help
Nice way of explaining. Appreciate it !